Previous: Conclusion Next: Acknowledgments Up: Ext. Abst.

References:

Carslaw, K.S., M.Wirth, A.Tsias, B.P.Luo, A.Dörnbrack, M.Leutbecher, H.Volkert, W.Renger, J.T.Bacmeister, E.Reimer, T.Peter (1998): Increased stratospheric ozone depletion due to mountain-induced atmospheric waves. Nature, Vol.391, p.675-678

Carslaw, K.S., M.Wirth, A.Tsias, B.P.Luo, A.Dörnbrack, M.Leutbecher, H.Volkert, W.Renger, J.T.Bacmeister, T.Peter (1998): Particle microphysics and chemistry in remotely observed mountain polar stratospheric clouds. J.Geophys.Res., Vol.103, p.5785-5796

Dörnbrack, A., M.Leutbecher (1999): Mountain wave induced record low stratospheric temperatures above Northern Scandinavia. Tellus, 51A, p.951-963

Dörnbrack, A., M.Leutbecher, J.Reichardt, A.Behrendt, K.-P.Müller, G.Baumgarten (2000): Relevance of mountain wave cooling for the formation of polar stratospheric clouds over Scandinavia: Mesoscale dynamics and observations for January 1997. J.Geophys.Res., accepted

Manney, G.L., J.C.Bird, D.P.Donovan, T.J.Duck, J.A.Whiteway, S.R.Pal, A.I.Carswell (1998): Modeling ozone laminae in ground-based Arctic wintertime observations using trajectory calculations and satellite data. J.Geophys.Res., Vol.103, p.5797-5814

Manney, G.L., J.C.Bird, D.P.Donovan, T.J.Duck, J.A.Whiteway, S.R.Pal, A.I.Carslaw (1999): Modeling ozone laminae in ground-based Arctic wintertime observations using trajectory calculations and satellite data. J.Geophys.Res., 103, p.5798-5814

Reid, S.J., G.Vaughan, E.Kyrö (1993): Occurrence of ozone laminae near the boundary of the stratospheric polar vortex. J.Geophys.Res., Vol.98, p.8883-8890